Which technology tracks changes to secure data integrity?
Short answer
D FIM
Question
Key Takeaways
The question tests knowledge of data integrity controls, specifically FIM's ability to monitor and alert on file modifications — the common trap is confusing FIM with GPO, which configures settings but does not track file-level changes.
File Integrity Monitoring (FIM) is the correct solution for tracking changes to critical files and ensuring data integrity in an enterprise environment. Community consensus overwhelmingly confirms FIM as the answer, noting its ability to detect unauthorized modifications through baseline comparisons and hash digests.
Common mistake: Some candidates may select GPO (Group Policy Object), mistakenly believing it can enforce and track data changes, but GPO is a configuration management tool that does not provide file-level integrity monitoring or change detection.
Expert Analysis
Why the Answer Is Correct
FIM (File Integrity Monitoring) is specifically designed to validate the integrity of operating system and application files by comparing their current state against a known good baseline. It uses agents and hash digests to monitor critical system, binary, and configuration files, triggering alerts when unauthorized changes occur. This directly satisfies the requirement to "secure data" and "track any changes" as stated in the question.
Why the Other Options Are Wrong
SPF (Sender Policy Framework) is an email authentication protocol that identifies authorized mail servers — it has nothing to do with file or data integrity. GPO (Group Policy Object) is used to configure and enforce settings across Windows environments but does not monitor or track file modifications. NAC (Network Access Control) restricts unauthorized devices from accessing the network but provides no file-level change tracking capabilities.
Community Comment Notes
Comment [1] correctly defines FIM as monitoring and detecting file changes including modifications, access, and deletions. Comment [3] provides excellent concise definitions of all four acronyms, making it a valuable study reference. Comment [5] offers the most detailed technical explanation, noting FIM's use of hash digests and baseline comparisons, which aligns with CompTIA's official curriculum on integrity monitoring tools.
Exam Strategy
When you see keywords like 'track changes,' 'integrity,' or 'monitor modifications' in a security question, immediately think of FIM. Eliminate distractors by matching each acronym to its primary function: SPF for email, GPO for configuration, NAC for network access.
Community Votes
100% of anonymous learners picked answer D. Votes are pick records left by other test-takers — they are not the verified answer.
Discussion 5 contributions
Compiled from public community threads and reader submissions, lightly edited for clarity. Handles and vote tallies are shown as recorded, and comments reflect the views of individual contributors.
From public community threads 5
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Etc_Shadow28000 👍 10 Answered DD. FIM (File Integrity Monitoring) File Integrity Monitoring (FIM) is a security technology that monitors and detects changes in files. FIM solutions can track modifications, access, or deletions of files and notify administrators of any changes, thus ensuring data integrity and security. Therefore, the correct answer is: D. FIM
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Examplary 👍 10Note to the admins: There is a typo in this one. "checks SO track any changes" should be "checks TO track any changes"
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Syl0 👍 7SPF - Sender policy framework - identify mail servers that are allowed to send emails to domain GPO - Group Policy Object - let admin control and implement a group of settings NAC - Network Access Control - Restricts unauthorised users and devices from gaining access to the network FIM - File Integrity Monitoring - security process that monitors and analyses integrity of asset
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whatsupdeepak 👍 4FIM - stands for File Integrity Monitoring, which is a method to secure data by detecting any changes
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Abcd123321 👍 2 Answered DFile Integrity Monitoring (FIM) ■ Validates the integrity of operating system and application software files by comparing their current state with a known, good baseline ■ Identifies changes to ● Binary files ● System and Application Files ● Configuration and Parameter Files ■ Monitors critical system files for changes using agents and hash digests, triggering alerts when unauthorized changes occur
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